Abstract
The isotopic composition of boron is a well established tool in various areas of science and industry. Boron isotope compositions are typically reported as {delta}{sup 11}B values which indicate the isotopic difference of a sample relative to the isotope reference material NIST SRM 951. A significant drawback of all of the available boron isotope reference materials is that none of them covers a natural boron isotope composition apart from NIST SRM 951. To fill this gap of required {delta}{sup 11}B reference materials three new solution boric acid reference materials were produced, which cover 60 per mille of the natural boron isotope variation (-20 to 40 per mille {delta}{sup 11}B) of about 100 per mille . The new reference materials are certified for their {delta}{sup 11}B values and are commercially available through European Reference Materials (http://www.erm-crm.org). The newly produced and certified boron isotope reference materials will allow straightforward method validation and quality control of boron isotope data. (author)
Rosner, M.;
[1]
IsoAnalysis UG, Berlin (Germany)];
Vogl, J.
[1]
- BAM Federal Institute for Materials Research and Testing, Berlin (Germany)
Citation Formats
Rosner, M., IsoAnalysis UG, Berlin (Germany)], and Vogl, J.
Three New Offset {delta}{sup 11}B Isotope Reference Materials for Environmental Boron Isotope Studies.
IAEA: N. p.,
2013.
Web.
Rosner, M., IsoAnalysis UG, Berlin (Germany)], & Vogl, J.
Three New Offset {delta}{sup 11}B Isotope Reference Materials for Environmental Boron Isotope Studies.
IAEA.
Rosner, M., IsoAnalysis UG, Berlin (Germany)], and Vogl, J.
2013.
"Three New Offset {delta}{sup 11}B Isotope Reference Materials for Environmental Boron Isotope Studies."
IAEA.
@misc{etde_22123111,
title = {Three New Offset {delta}{sup 11}B Isotope Reference Materials for Environmental Boron Isotope Studies}
author = {Rosner, M., IsoAnalysis UG, Berlin (Germany)], and Vogl, J.}
abstractNote = {The isotopic composition of boron is a well established tool in various areas of science and industry. Boron isotope compositions are typically reported as {delta}{sup 11}B values which indicate the isotopic difference of a sample relative to the isotope reference material NIST SRM 951. A significant drawback of all of the available boron isotope reference materials is that none of them covers a natural boron isotope composition apart from NIST SRM 951. To fill this gap of required {delta}{sup 11}B reference materials three new solution boric acid reference materials were produced, which cover 60 per mille of the natural boron isotope variation (-20 to 40 per mille {delta}{sup 11}B) of about 100 per mille . The new reference materials are certified for their {delta}{sup 11}B values and are commercially available through European Reference Materials (http://www.erm-crm.org). The newly produced and certified boron isotope reference materials will allow straightforward method validation and quality control of boron isotope data. (author)}
place = {IAEA}
year = {2013}
month = {Jul}
}
title = {Three New Offset {delta}{sup 11}B Isotope Reference Materials for Environmental Boron Isotope Studies}
author = {Rosner, M., IsoAnalysis UG, Berlin (Germany)], and Vogl, J.}
abstractNote = {The isotopic composition of boron is a well established tool in various areas of science and industry. Boron isotope compositions are typically reported as {delta}{sup 11}B values which indicate the isotopic difference of a sample relative to the isotope reference material NIST SRM 951. A significant drawback of all of the available boron isotope reference materials is that none of them covers a natural boron isotope composition apart from NIST SRM 951. To fill this gap of required {delta}{sup 11}B reference materials three new solution boric acid reference materials were produced, which cover 60 per mille of the natural boron isotope variation (-20 to 40 per mille {delta}{sup 11}B) of about 100 per mille . The new reference materials are certified for their {delta}{sup 11}B values and are commercially available through European Reference Materials (http://www.erm-crm.org). The newly produced and certified boron isotope reference materials will allow straightforward method validation and quality control of boron isotope data. (author)}
place = {IAEA}
year = {2013}
month = {Jul}
}